Astrophysical Calculations and Stellar Encounter Analysis

Day: 2025-11-29
Time: 17:40 to 18:00
Project: Dev
Workspace: WP 1: Strategic / Growth &amp; Development
Status: Completed
Priority: MEDIUM
Assignee: Matías Nehuen Iglesias
Tags: Astrophysics, Python, Stellar Encounters, Gravitational Physics

Description

The session aimed to execute various astrophysical calculations using Python and analyze the impact of stellar encounters on the solar system.

Developed Python scripts to calculate gravitational acceleration of celestial bodies, focusing on black holes and the Sun.
Calculated acceleration on the Sun for different solar mass multiples.
Computed volume and density of a disk with given parameters.
Determined the rate of expansion in astronomy, converting velocities to parsecs per year.
Calculated focusing factors for gravitational interactions involving black holes and the Sun.
Implemented a function to calculate delta-v for spacecrafts based on celestial body mass and initial velocity.
Analyzed the potential impact of a stellar-mass black hole on Earth’s orbit.
Conducted research on significant stellar encounters and their implications on the Oort cloud and comet showers.

Successfully executed multiple Python scripts for astrophysical calculations.
Gained insights into the effects of stellar encounters on the solar system, particularly regarding the Oort cloud and comet showers.

Further research into the implications of specific stellar encounters such as Scholz’s star and Gliese 710 on the solar system’s dynamics.

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